Tani Scoop Neck Long Sleeve Top - Sand

$59.95
by Tani

The Scoop Neck Long Sleeve top has been an essential member of our Tani collection. The lower, rounded scoop neck is perfect for those not wanting to feel restricted at the neck. A key body fitting style that hugs your shape while feeling beautiful on the skin.

  • A Tani best-seller, trusted for comfort and versatility for over 10 years.
  • True to size, slim, body-hugging fit that smooths and flatters.
  • Relaxed scoop neckline for an easy, feminine finish.
  • Women’s slim fit design, perfect as a base layer or worn alone.
  • Rounded scoop neckline for a relaxed, feminine silhouette

Fabric: 96% Micro Modal Air, 4% Lycra (Elastane)

Care Instructions:

  • Cold/warm wash with a similar colour
  • Delicate wash cycle
  • Air dry flat
  • Iron or steam inside out on low to medium heat

Fit Category: Body fit - Runs small

Model Sizes:

  • Chelsea wears a size 16 / XL. She’s 173cm tall, with a bust of 108cm, a waist of 88cm, and hips measuring 124cm.
  • Jessica wears a size 10 / Small. She’s 173cm tall, with a bust of 86cm, a waist of 61cm, and hips measuring 81cm.


Please refer to the size chart located above the size options for full measurement details.

Size
10 / S
12 / M
14 / L
16 / XL
18 / XXL
Bust (cm)
90 - 94
95 - 99
100 - 104
105 - 109
110 - 115
Waist (cm)
73 - 77
78 - 82
83 - 87
88 - 92
93 - 97
Hips (cm)
99 - 103
104 - 108
109 - 113
114 - 118
119 - 123


Note: Values given are body measurements. We recommend comparing your own measurements with this guide to choose the best size.

Micro Tencel Modal Air begins in the beechwood forests of Europe. These trees grow naturally and are harvested responsibly, with new trees continually regenerating in their place.

From the wood, the fibres are created through an innovative closed-loop process. This means that the water and natural solvents used are collected, cleaned, and reused, greatly reducing waste and environmental impact.

The result is a fabric that uses far less water than cotton, is gentle on the planet, and is fully biodegradable at the end of its life.